Nanocatalysts for Electrochemical Synthesis of Ammonia

The successful candidate will be at the forefront of cutting-edge research involving the development of next-generation catalytic materials for electrochemical conversion of nitrate to ammonia. The primary focus will encompass the investigation of catalytic properties of newly synthesized nanomaterials, with a particular emphasis on understanding phenomena such as the role of defects, geometry (0D,1D,2D) for nitrogen electrocatalysis, influence of reaction parameters such as nitrate species concentration on kinetics and selectivity of electrochemical nitrate reduction reaction. The candidate will also contribute to the study on structure-activity correlation by surface sensitive quasi in-situ/in-operando spectroscopic methods to identify the active sites of the novel nanocatalysts prepared for direct application in membrane-based electrochemical energy devices.

The selected candidate may actively participate in interdisciplinary collaborations with leading researchers in Israel and the Czech Republic, working alongside experts in materials chemistry, electrocatalysis, and specialists in X-ray photoelectron spectroscopy. This research initiative offers a unique opportunity to contribute to the forefront of electrochemical energy storage and conversion and will shape the mechanistic understanding of electrochemical ammonia synthesis.

We focus on renewable energy technologies based on fuel cells, hydrogen generators, alternative fuels, battery systems such as metal-air and vanadium and redox-hydrogen. Our strive to ensure access to affordable and reliable renewable energy technologies based on basic and applied research of active components and a complete system for energy conversion and storage.

Academic Qualification:

-        Master’s thesis grade equivalent of 85 (GPA of 3.3) or higher from an accredited academic institution. Master project thesis grade provided by the academic institute is an essential requirement.

-      A strong background in chemistry/chemical /electrochemical engineering is highly desirable.

-      Experimental skills in synthesis and physicochemical characterization of 2D materials/metal oxide/multimetallic alloy nanoparticles will be advantageous.

Skills:

-      A strong background in Materials Chemistry, Electrochemistry, or a related field.

-      Proficiency in synthesis and structural characterization of catalytic nanoparticles.

-      Background in assembly and testing of electrodes in electrochemical flow cells.

-      Excellent analytical and problem-solving skills.